Von Rueden K T, Turner M A
Clinical Research and Education Division, Renaissance Technology, Inc., Newtown, Pennsylvania, USA.
Crit Care Nurs Clin North Am. 1999 Mar;11(1):63-75.
In the current climate of shrinking health care reimbursement and increasing importance of patient centered care, impedance cardiography is one method of enhancing quality of patient care and appropriate use of resources. Hemodynamic and thoracic fluid status data may be obtained quickly, accurately, and without risk, providing a global clinical perspective. Patients benefit from the ability to immediately obtain real time hemodynamic data, particularly those patients who otherwise may not be afforded a high level of monitoring or those needing hemodynamic monitoring when assessment and treatment are delayed because of inaccessibility of critical care beds or in the cardiac catheterization laboratory. Application of a technology assessment model to impedance cardiography illustrates the utility of this method of hemodynamic monitoring. Careful review and critique of the literature differentiates the available impedance technologies, supports use in areas not traditionally associated with hemodynamic monitoring, such as the home and emergency department, and validates the use of impedance cardiography in place of, or as an indication for, pulmonary artery catheterization.
在当前医疗保健报销缩减且以患者为中心的护理日益重要的大环境下,阻抗心动图是提高患者护理质量和合理利用资源的一种方法。可快速、准确且无风险地获取血流动力学和胸内液体状态数据,提供全面的临床视角。患者能够立即获得实时血流动力学数据,从中受益,特别是那些原本可能无法得到高水平监测的患者,或者那些因重症监护床位不足或心脏导管实验室无法使用而导致评估和治疗延迟时需要进行血流动力学监测的患者。将技术评估模型应用于阻抗心动图可说明这种血流动力学监测方法的效用。对文献进行仔细审查和批判可区分现有的阻抗技术,支持其在传统上与血流动力学监测无关的领域(如家庭和急诊科)的应用,并验证阻抗心动图可替代肺动脉导管插入术或作为其使用指征。